Speckle contrast optical spectroscopy provides a cost-effective way to assess cerebral blood flow for diagnosis of neurological disorders
Read article: Non-invasive wearable device measures blood flow to the brain
Multi-lens array probe visualizes the micro-vasculature of entire large organs without compromising image resolution or frame rate
Read article: Ultrasound probe maps real-time blood flow across entire organs
Novel imaging technique can find objects buried within in opaque environments, including biological tissues
Read article: Fingerprint method can detect objects hidden in complex scattering media
Optical coherence tomography can detect fluid imbalance in the inner ear, which correlates with the severity of a patient’s hearing loss
Read article: Optical imaging tool could help diagnose and treat sudden hearing loss
Novel imaging probe combines a long-chain fatty acid with a near-infrared dye to improve intraoperative visualization of brain tumour margins
Read article: Optical imaging probe designed to increase safety and efficacy of glioblastoma surgery
A multidisciplinary research team shares tips on how to mitigate bias in artificial intelligence models used in radiology
Read article: AI algorithms in radiology: how to identify and prevent inadvertent bias
The first generative AI tool to be integrated into a clinical workflow eases the creation of radiography reports
Read article: Generative AI speeds medical image analysis without impacting accuracy
Portable multiphoton microscopy system uses femtosecond laser pulses to create pathology-quality diagnostic images
Read article: Simultaneous two- and three-photon imaging enables rapid cancer diagnosis
A novel light-focusing technique could enable diagnostic and therapeutic applications, as Jude Dineley explains
Read article: TRAP focuses deep into tissue
MRI of inhaled perfluoropropane can assess regional lung ventilation and monitor improvements in response to medication
Read article: Novel MRI technique can quantify lung function
